201221091 六、發明說明： 【發明所屬之技術領域】 本發明係錢魏裝置，及更加具職 移動而產生能源的裝置。 日吊物理 【先前技術】 當電力係易於取得時，座位能夠提供多種選擇給予使 者。供電座位選項的例子包含··底座調節: (㈣細blebag)，及簡單的加熱及冷卻。座位 在移動…例如辦公室座椅，可能難以供電。安袭到座位的 纜，最佳地是不好看，最差的是不安全。 【發明内容】 在本發明中，能源由座位物件令人士的活動加以收集；及 藉轉移人類物简成輪來完成能源收 果延類的活動可包含坐下;5址# l 士〜t 例如’一驅動機制可支擇在包含 件二線统上。當使用者坐在座位物件上或者離開座位物 == 觸難i峨。可儲存在電 池中或其他電力儲存裝置中，待用於多種功能。 本發明使供電鋪絲完钱或部舰自祕電。絲，對 接獅絲獨，甚至省略。集能機概任何該機 下ίΓΓ些及其他的優點及特徵，在參考現有實施例及圖式之 下，將會更加完全地被瞭解及接受。 【實施方式】 I.第一實施例 依照本利第_實補_構的雏發電座純細解於第一〜 3 °·'〇ε«Γΐ(ς* 2011QVQPU C«i*〇\Pu-065\Pg-il65-00i0lPu065-0M*$pe-Ch«.0ee 201221091 I其代號為1G。該座位純包含多數個腳部Μ及—座位物件， 40 /ηΐΐ座4G及—座f 5G。—柱部3G從輪轂22向上延伸。底座 =卩30垂直地雜。歸％係崎在底座4()上及通常從底 Π °座位系、統1G包含—底座高度調整機制6G。底座高度 座4〇 Γ離位ί柱部30之内的圓柱62 ’當使用者預先站在底 62 _上4〇時’其相對於腳部2〇向上地移動該底座。圓柱 絲或雜活塞加以供能，雜他任㈣合顧的裝置。 ^選2地疋，使用者可肋手64級_柱62及為錢4G設定一初 始南度。 •座位錢10包含-垂直銳魏⑽。垂直聽祕12G包含一 驅動機制。該驅動機制可為驅動齒輪，或更加具體地，為已經固接在 柱部30上的齒條13〇。可選擇地是，齒條13〇可安裝在底座4〇、座背 5〇或座位系統上可與底座4〇 一同垂直移動的任何其他部位上。又可 選擇地是’齒條m可滑接至柱部3〇，以致於齒條13〇係垂直地盘底 座40移動，但不相對於底座4〇轉動。一發電機齒輪或小齒輪圖系 對準並4合至齒條13Ge小齒輪⑽個接至發電機⑼的驅動轴 152。發電機15G可為電力發電機。第三圖中圖解齒條⑽、小齒輪_ 及發電機150之間交互作用的放大視圖。電路板16〇冑連接至發電機 150。能源儲存裝置170係電連接至電路板16〇。能源儲存裝置⑺可 包含電池、電容、或任何其他適合儲存電能的裝置。 虽底座40放空時，圓柱62推動底座4〇相對於腳部向上移動， -直到底座40抵達使用者預設的高度時為止。這個移動可為 或由使用相手啟動。當個者坐人底座4㈣，伽者的質量在底座 40上產生向下的力’造成底座4〇相對於腳部2〇向下移動。底座牝 的垂直移絲初可能受到·者注意，但制者财能在魏使用座 位系統ίο之後很快地對於底座移動產生習慣。柱部3〇及齒條連 4 〇-'©eunfc* JOttQ^pu Ce»0\Pu-O6S\Pu-O65-Ot»〇y»u〇6S-O8OSpe-Che.Ooc 201221091 同底座4〇向下移動。當齒條1;3〇相對於腳部μ向下 =(第五，養能成输使二 裝置。在茜要使用之前，電能係-直儲存在能源儲存裝置。 能源齡敍17G可包含充好理、儲钮靖，其 。充電控制裝置172係電連接至電池174。電容或任何其他適 二=用的能源儲存裝置可用以取代電池174。充電控制裝置172控 ^導通至電池174的電量。保護/調節裝置176係電連接至電池μ及 ^由電池m輸出的電力。能源水準輸出178係電連接至保護/調節 裝置m及監視能源儲存褒s 170的能源輸出水準。 回到第五圖’在需求電力時，控制162推動開關164至位置祕， 及電力由能源儲存裝置no傳輸至f要能源❹、統。可選擇的是，若 能源儲存裝置170内的電力不足以供電系統，則控制162可以關閉開 關166及移動開關至位置164a，這將由發電機15〇直接供電至系統。 還可以選擇的是，發電機⑽及能源儲存裝置m，可供電座位系統 1〇的相關魏，其包含但不限於：加熱或冷卻底座、感應人體存在、 供電底座絲ϋ、平衡底座、電動拖$、電動標記或標示該底座、監 視及/或顯示個人心跳速率或體溫、及監視底座的移動。當底座4〇放 空時，_ 62推動底座40相對於腳部2〇向上移動，一直到底座4〇 到達使用者預先設定的高度為止。能源可以在底座向上雜期間，以 相似於底座40向下移動相關描述的方式來產生。 可選擇的是，如第四圖所示，座位系統11〇可包含垂直集能系統 120’而其包含多數個齒條13〇、多數個小齒輪丨4〇、多數個發電機I%、 多數個電路板160及多數個能源儲存裝置17〇。具有這種構形的集能 系統120，係如以下所述加以運作。又可選擇的是，可以只包含一個 5 ChV〇Eink· 20t1〇\〇~ CaM〇VPu.M5UVC63*0〇a〇\Pu〇6S*080.Sp«*Ow.(>oc 201221091 此源儲存裳置17G。在這個構形中，來 板160將舍雷域垃& 有發電機150的所有電路 會電連接至§亥早一的能源儲存嚴置17〇，所有 產生的所魏轉讀存麵個 / 是，可m健贴㈤β做置17G巾。又可選擇的 形中，㈣μ電 能源儲存裳置170。在這個構 μ，所有的發電機15〇將電連接至該單一的電路板刷，該 160將電連接至該能源儲存裝置17〇。 μ II.第二實施例 在第八圖中圖解—個座位系統。該座位系統包含多數個卿部如， - 其包含底座40及座背5G。腳部20滙集在輪穀422。 一物中段430從腳部20向上延伸，經過輪轂似。圓柱432向上延 物過該伸縮t段43〇，以便調節底座的高度。圓柱极可由彈箸、 氣動或液壓活塞加以供能’或其他任何適合應用的裝置。圓柱432可 在伸縮中段430内轉動。座背5〇係附著在底座4〇，及通常從底座4〇 向上延伸。在底座40及· 432之間設有一能源產生空間·，其中 使用底座4G向上及/或向下的移動，來產生能源。能源產生空間_ 在相關於許多實施例的描述中將會更加詳細地描述。 依照本發明第二實關所構成的絲L細解於第九圖，其一 般代號為410。集能系統410係設置在能源產生空間46〇之内，及包 含頂板462及底板464。頂板462連同底座40垂直移動及底板464在 底座垂直移動時保持靜止。例如，頂板462可安裝在底座4〇上或由其 支撐，及底板464係安裝在圓柱432或由其支撐，藉此，頂板462至 少在垂直方向上連同底座40移動，而底板464至少在垂直方向上保持 靜止。頂板462及底板464係由鼓鏈446、448鉸接至角板440、442。 角板440、442經由鉸鏈444而彼此錢接。较鏈444、446、448可加以 偏壓及/或阻礙，以致於在沒有外力施加到頂板462時，集能系統410 具有如第九圖所示的定位。可選擇的是，鉸鏈444、446、448可為任 6 D:\©Eunice 2Ο11©\0Ρυ εβιοβνΡυ^ΛΡυ-Οίδ-ΟΟΜψυΟίί^βο.χρ*^ 201221091 何允許角運動的挽性連接，包含但不限於可變形塑膠或複人物。又可 選擇的是，鉸鏈444、_、可包含彈簧，其在底座4〇二空時，恢 復頂板462及底板464至其職的定向。在外力施加到頂板似及/或 移除時’板子462、464係可彼此相對地垂直移動。齒條13〇係安裝在 底板464上。小齒輪H0對準並喃合至齒條13〇。小齒輪⑽固接至 發動機150的驅動軸152。電路板160電連接至發電機15〇。可選擇的 是’關於全部的實補，電路板廳可為印刷電路板。能源儲存裝置 Π0係電連接至電路板160。關於所有的實施例，能源儲存裝置17〇可 包含電池、電容，或任何其他適合儲存電能的裝置。 第九圖圖解安裝在頂板462頂部的發電機15〇及電路板16〇，但 也可考慮可雜的配置，包含但稀於：發錢⑼及魏板16〇 ; 裝在底板464 ’及齒條130安裝在頂板462。可選擇的是，集能系統 41〇包含-或更多的導件，其在頂板462相對於底板464移動期間， 係維持於頂板462及底板464之間的實質水平定向。例如，導件可為 插入支撐孔的小柱，或任何其他適合本應用的設計。又可選擇的是， 在頂板462及底板464之間可設置一或更多的彈簧、液壓活塞或^動 活，’在底座40放空時，將頂板462及底板464回復至其預定的定向。 不範性的彈簧定向係圖解在第十三〜十四圖中，其代號一般為儀。導 件、彈簧及/或活塞’可產生更多的垂直移動控制，及減少底座4〇在 靜止或移動時的噪音。 在底座40放空時，集能系統41.0的定向係如第九圖所示。在這 種定向中，頂板462及底板464之間的距離係處於最大值。當使用者 丄入底座40時，使用者的質量施加一個向下的力至底座4〇，其施加 一個向下力的至頂板462。鉸鏈444、446、448在向下的力之下撓曲， 允許頂板462相對於底板464向下移動。當頂板462向下移動時，齒 條130造成小齒輪140轉動。小齒輪14〇使驅動軸152轉動及驅動發 7 201221091 發柳50產生電能並將其傳輪至電路板心電 路(第五圖)，以轉換電能成為適合使用能 ^:存M 17G。在需要個之前，魏係—直齡在能源 ，Π0。錢齡裝置Π0可包含充電管理、儲存及調節電路，叫 =圖所示。當底座4〇放空時，頂板462藉由前述的裝置或任够他 適合回极頂板姬至原位之健，而回復到其預訂的定向。在底座40 向上移動_，能源能_她於底錢向下移騎述而加以產生。 關於其他實施例之相關描述，集能系統可包含多數個齒條 130、小齒輪140及發電機150，其產生電能及將其儲存至分離的或單 -的能源贿裝置.Π0。在本倾财，添加祕⑽也可穩定化底 座40的垂直移動及減低噪音。 — III.第三實施例 依照本發明第三實關所構成_能系統_解於第十圖，其一 般代號為510。集能系、统5H)係設置在能源產生空間之内，聽 含頂板562及底板564。頂板562連同底座4〇垂直移動及底板撕在 底座垂直移動時保持靜止。例如，頂板562可安裝在底座4〇上或由其 支撐，及底板564係安裝在圓柱432或由其支撐，藉此，頂板562至 少在垂直方向上連同底座40移動，而底板564至少在垂直方向上保持 靜止。集能系統510包含兩個發電機15〇，其安裝在底板564。小齒輪 140固接至發動機150的驅動軸152。小齒輪14〇對準並與驅動齒輪或 刻柱530(其安裝在頂板562)進行交互作用。電路板16〇電連接至發電 機150。能源儲存裝置170係電連接至電路板16〇。 第十圖圖解被安裝在底板564頂表面上的發電機15〇及安裝在頂 板562頂表面上的電路板160，但也考慮可替換的安裝位置，其包含 但不限於：安裝發電機150至底板564的底表面或頂板562的一個表 面上，及安裝刻柱530至底板564。可選擇的是，集能系統510可包 8 D:\©Eunle· 2011©\〇Ρϋ Ca«©\Pu^S\Pu-〇65-OOMy>uMS<i〇.Sp*-Ch·. 201221091 含一或更多的導件、彈簧及/或活塞，其 在底座40放空時，集能系統510的侧描述所述。 =頂板562及底板564之間的距離係吏3 一個gH，使_質倾加，下的力至底座⑼，其施加 個^^頂板562。當頂板562向下移動時，刻柱53〇201221091 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a Qian Wei device, and a device that generates energy more efficiently. Day Hanging Physics [Prior Art] When the power system is easily accessible, the seat can provide multiple options to the occupant. Examples of powered seat options include · Base adjustment: ((4) fine blebag), and simple heating and cooling. Seats In moving... such as office seats, it may be difficult to supply power. The cable that hits the seat is best not to look good, and the worst is not safe. SUMMARY OF THE INVENTION In the present invention, energy is collected by the activities of the seat object; and the activity of transferring the human body into a round of energy harvesting can include sitting down; 5 address # l士〜t 'A drive mechanism can be selected on the second line of the containment. When the user sits on the seat object or leaves the seat object == touch hard. It can be stored in a battery or other power storage device and is used for multiple functions. The invention makes the power supply silking or the partial ship self-secret electricity. Silk, butt the lion, even omitted. The advantages and features of the concentrating machine will be more fully understood and accepted with reference to the prior embodiments and drawings. [Embodiment] I. The first embodiment is based on the original _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 065\Pg-il65-00i0lPu065-0M*$pe-Ch«.0ee 201221091 I is code-named 1G. This seat contains most of the foot and the seat object, 40 / n seat 4G and - seat f 5G. The column portion 3G extends upward from the hub 22. The base = 卩 30 is vertically miscellaneous. The 系% is on the base 4 () and usually from the bottom Π ° seat system, the system 1G includes a base height adjustment mechanism 6G. The base height seat 4 The cylinder 62' within the column 30 is displaced when the user stands in front of the bottom 62_4〇. The base is moved upward relative to the foot 2〇. The cylindrical wire or the miscellaneous piston is energized, Miscellaneous (4) device of choice. ^Select 2 cellars, users can ribs 64 level _ column 62 and set an initial south degree for money 4G. • Seat money 10 contains - vertical sharp Wei (10). Vertical listening secret 12G A drive mechanism is included. The drive mechanism can be a drive gear or, more specifically, a rack 13 that has been secured to the post 30. Alternatively, the rack 13 can be mounted to the base 4〇, seat back 5〇 or any other part of the seat system that can move vertically with the base 4〇. Alternatively, the 'racks m can be slid to the column 3〇, so that the rack 13〇 The vertical ground base 40 moves, but does not rotate relative to the base 4. A generator gear or pinion diagram is aligned and coupled to the rack 13Ge pinion (10) to the drive shaft 152 of the generator (9). 15G may be an electric generator. The third diagram illustrates an enlarged view of the interaction between the rack (10), the pinion_ and the generator 150. The circuit board 16 is connected to the generator 150. The energy storage device 170 is electrically connected to The circuit board 16A. The energy storage device (7) may comprise a battery, a capacitor, or any other device suitable for storing electrical energy. Although the base 40 is emptied, the cylinder 62 pushes the base 4 to move upward relative to the foot - until the base 40 reaches the user At the preset height, this movement can be initiated by or by the use of the hand. When the person sits on the base 4 (four), the mass of the gaiter produces a downward force on the base 40, causing the base 4 to slant relative to the foot 2 Move down. At the beginning of the transfer, it may be noticed by the person, but the producer's wealth can quickly become a habit for the base movement after Wei uses the seat system ίο. The column 3 〇 and the rack link 4 〇-'©eunfc* JOttQ^pu Ce» 0\Pu-O6S\Pu-O65-Ot»〇y»u〇6S-O8OSpe-Che.Ooc 201221091 Move with the base 4〇 down. When the rack 1; 3〇 relative to the foot μ down=( Fifth, the energy can be transferred to the second device. Before being used, the power system is stored directly in the energy storage device. The energy age of 17G can include a good reason, Chuanjing, which. Charge control device 172 is electrically coupled to battery 174. A capacitor or any other suitable energy storage device can be used in place of battery 174. The charge control device 172 controls the amount of power that is conducted to the battery 174. The protection/regulation device 176 is electrically connected to the battery μ and the power output by the battery m. The energy level output 178 is electrically connected to the protection/regulation device m and the energy output level of the monitoring energy storage 褒s 170. Returning to the fifth figure, when power is required, the control 162 pushes the switch 164 to the position secret, and the power is transmitted from the energy storage device no to the energy source. Alternatively, if the power in the energy storage device 170 is insufficient to power the system, the control 162 can close the switch 166 and move the switch to position 164a, which will be powered directly by the generator 15 to the system. It is also possible to select a generator (10) and an energy storage device m, which can supply power to the seat system, including but not limited to: heating or cooling the base, sensing the presence of the human body, power supply base wire, balance base, electric drag $, electrically mark or mark the base, monitor and/or display the individual heart rate or body temperature, and monitor the movement of the base. When the base 4 〇 is emptied, the _ 62 pushes the base 40 upward relative to the foot 2 , until the base 4 到达 reaches the user preset height. Energy can be generated in a manner similar to the downward movement of the base 40 during the upward movement of the base. Alternatively, as shown in the fourth figure, the seating system 11A may include a vertical energy harvesting system 120' including a plurality of racks 13A, a plurality of small gears 丨4〇, a plurality of generators I%, and a majority A circuit board 160 and a plurality of energy storage devices 17A. The energy harvesting system 120 having this configuration operates as described below. Alternatively, it may contain only one 5 ChV〇Eink·20t1〇\〇~ CaM〇VPu.M5UVC63*0〇a〇\Pu〇6S*080.Sp«*Ow.(>oc 201221091 This source is stored The skirt is set to 17G. In this configuration, the board 160 will electrically connect all the circuits of the Shelei domain & generator 150 to the energy storage of the 早海早一, 17〇, all the resulting translations Save the face / Yes, can be m stickers (five) β to set the 17G towel. Also in the shape, (four) μ electric energy storage set 170. In this configuration, all the generator 15〇 will be electrically connected to the single circuit A plate brush, the 160 will be electrically connected to the energy storage device 17 μ. II. The second embodiment illustrates a seat system in the eighth figure. The seat system includes a plurality of squad, such as - it includes a base 40 and a seat Back 5G. The foot 20 is gathered in the trough 422. A midsection 430 extends upward from the foot 20, passing through the hub. The cylinder 432 extends upward through the telescopic t segment 43〇 to adjust the height of the base.箸, pneumatic or hydraulic pistons are energized' or any other suitable device. Cylindrical 432 can be used in the telescopic section Rotating inside the 430. The seat back 5〇 is attached to the base 4〇, and generally extends upward from the base 4〇. An energy generating space is provided between the base 40 and the 432, wherein the base 4G is used up and/or down. Moving to generate energy. Energy generation space _ will be described in more detail in the description relating to many embodiments. The filament L constructed in accordance with the second embodiment of the present invention is illustrated in the ninth diagram, which is generally designated 410. The energy harvesting system 410 is disposed within the energy generating space 46, and includes a top plate 462 and a bottom plate 464. The top plate 462 moves vertically along with the base 40 and the bottom plate 464 remains stationary as the base moves vertically. For example, the top plate 462 can be mounted on the base. 4 or supported by it, and the bottom plate 464 is mounted on or supported by the cylinder 432, whereby the top plate 462 moves at least in the vertical direction together with the base 40, and the bottom plate 464 remains stationary at least in the vertical direction. The top plate 462 and The bottom plate 464 is hinged to the gussets 440, 442 by drum links 446, 448. The gussets 440, 442 are attached to each other via a hinge 444. The chains 444, 446, 448 can be biased and/or obstructed so that there is no outer When applied to the top plate 462, the energy harvesting system 410 has a position as shown in the ninth figure. Alternatively, the hinges 444, 446, 448 may be any 6 D:\©Eunice 2Ο11©\0Ρυ εβιοβνΡυ^ΛΡυ-Οίδ- ΟΟΜψυΟίί^βο.χρ*^ 201221091 What is the allowable angular connection of angular motion, including but not limited to deformable plastic or complex characters. Alternatively, the hinges 444, _ may contain springs, which are at the base 4 At the same time, the top plate 462 and the bottom plate 464 are restored to their orientation. The plates 462, 464 are vertically movable relative to each other when an external force is applied to the top plate and/or removed. The rack 13 is attached to the bottom plate 464. The pinion H0 is aligned and halved to the rack 13〇. The pinion (10) is secured to the drive shaft 152 of the engine 150. Circuit board 160 is electrically coupled to generator 15A. Alternatively, the board room can be a printed circuit board. The energy storage device Π0 is electrically connected to the circuit board 160. With respect to all embodiments, the energy storage device 17 can include a battery, a capacitor, or any other device suitable for storing electrical energy. The ninth diagram illustrates the generator 15〇 and the circuit board 16〇 mounted on the top of the top plate 462, but may also consider a miscellaneous configuration, including but less than: money (9) and Wei board 16〇; mounted on the bottom plate 464 'and teeth Strip 130 is mounted to top plate 462. Alternatively, the energy harvesting system 41A includes - or more guides that maintain a substantially horizontal orientation between the top plate 462 and the bottom plate 464 during movement of the top plate 462 relative to the bottom plate 464. For example, the guide can be a post that is inserted into the support hole, or any other design suitable for this application. Alternatively, one or more springs, hydraulic pistons or movements may be provided between the top plate 462 and the bottom plate 464, and the top plate 462 and the bottom plate 464 are returned to their predetermined orientation when the base 40 is emptied. The non-standard spring orientation diagram is shown in the thirteenth to fourteenth figures, and its code name is generally instrument. The guides, springs and/or pistons produce more vertical movement control and reduce the noise of the base 4 when it is stationary or moving. When the base 40 is emptied, the orientation of the energy harvesting system 41.0 is as shown in the ninth figure. In this orientation, the distance between the top plate 462 and the bottom plate 464 is at a maximum. When the user breaks into the base 40, the mass of the user applies a downward force to the base 4, which applies a downward force to the top plate 462. The hinges 444, 446, 448 flex under a downward force, allowing the top plate 462 to move downward relative to the bottom plate 464. When the top plate 462 moves downward, the rack 130 causes the pinion gear 140 to rotate. The pinion gear 14 rotates and drives the drive shaft 152. 201221091 The willow 50 generates electric energy and transmits it to the circuit board circuit (fifth figure) to convert the electric energy into a suitable energy source: M 17G. Before needing it, the Wei system is directly in energy, Π0. The money age device Π0 can include a charge management, storage and regulation circuit, as shown in the figure below. When the base 4 is emptied, the top plate 462 is returned to its intended orientation by the aforementioned means or by any means that it is suitable for returning to the top plate. Moving up the base 40, the energy can be generated by moving the horse down. With respect to other embodiments, the energy harvesting system can include a plurality of racks 130, pinions 140, and generators 150 that generate electrical energy and store them to separate or single-energy bribe devices. In the present, the addition of the secret (10) also stabilizes the vertical movement of the base 40 and reduces noise. - III. THIRD EMBODIMENT According to the third embodiment of the present invention, the _ energy system is explained in the tenth figure, and its general code is 510. The energy harvesting system, system 5H) is placed within the energy generation space, and the top plate 562 and the bottom plate 564 are heard. The top plate 562 moves vertically along with the base 4〇 and the bottom plate tear remains stationary as the base moves vertically. For example, the top plate 562 can be mounted on or supported by the base 4, and the bottom plate 564 can be mounted on or supported by the cylinder 432 whereby the top plate 562 moves at least in the vertical direction along with the base 40, while the bottom plate 564 is at least vertical Keep it still in the direction. The energy harvesting system 510 includes two generators 15A that are mounted to the bottom plate 564. Pinion gear 140 is secured to drive shaft 152 of engine 150. The pinion 14 is aligned and interacts with a drive gear or post 530 (which is mounted on the top plate 562). The circuit board 16 is electrically connected to the generator 150. The energy storage device 170 is electrically connected to the circuit board 16A. The tenth diagram illustrates the generator 15A mounted on the top surface of the bottom plate 564 and the circuit board 160 mounted on the top surface of the top plate 562, but alternative mounting locations are also contemplated, including but not limited to: installing the generator 150 to The bottom surface of the bottom plate 564 or one surface of the top plate 562, and the post 530 to the bottom plate 564 are mounted. Alternatively, the energy harvesting system 510 can include 8 D:\©Eunle·2011©\〇Ρϋ Ca«©\Pu^S\Pu-〇65-OOMy>uMS<i〇.Sp*-Ch.. 201221091 One or more guides, springs and/or pistons are included, which are described on the side of the energy harvesting system 510 when the base 40 is emptied. = The distance between the top plate 562 and the bottom plate 564 is g3 by one gH, so that the _ mass is applied and the lower force is applied to the base (9), which applies a top plate 562. When the top plate 562 moves downward, the column 53〇
Lr=T4G轉動。小齒輪14G使驅動軸152轉動及驅動發電 =二1:產生電能並將其傳輸至電路板160。電路板_包 ，五圖），並如同第一實施例所，而轉換電能成為適合 ===絲充魏麗存錄17G。在轉使狀前，電能係一 堵存在此·存裝置17G。麟儲存裝置17Q可包含充電管理、儲 存及調節電路’其如第七圖所示’並在相關於第—實施例之描述中加 以敍述。當底座4〇放空時’頂板562藉由前述的裝置或任何其他適合 回復頂板562至原位之裝置’而回復到其預訂的定向。在底座4〇向上 移動期間’能雜__於底座4〇向下移動職而加以產生。 關於其他實施例之相關描述’集能系統可包含多數個刻柱 530、小齒輪140及發電機ISO，其產生電能及將其儲存至分離的或單 一的能源儲存裝置170。在本實施例中，添加刻柱53〇也可穩定化底 座40的垂直移動及減低噪音。 IV第四實施例 依照本發明第四實施例所構成的集能系統係圖解於第十一及十 二圖，其一般代號為610。集能系統61〇係設置在能源產生空間46〇 之内，及包含頂板662及底板664。頂板662連同底座40垂直移動及 底板664在底座垂直移動時保持靜止。一頂圓柱62〇係固接至頂板662 的底表面並從頂板662向下延伸。一底圓柱63〇係固接至底板664的 頂表面並收容該頂圓柱620 ’如第十一圖所示。能源產生裝置64〇係 位在底圓柱630之内，如第十二圖所示。 9 D:\〇Eunke 2011〇\〇Pu Cese〇\Pu-065\Pu-065-0080\Pu065-080-5p*-Cha.Doc 201221091 頂圓枉620的底表面642係可附著至能源產生裝置640。這種附 著係可撓曲的’如第十二圖内的可撓性側邊644。可選擇的是，該附 著可為滑動式的，以致於侧邊644為剛性的及滑過底室650的侧邊。 能源產生裝置640包含頂室646、底室650及渦輪654。頂室646及底 室650包含流體並加以接通。單向室閥648位在頂室646及底室650 之間。單向室閥648允許流體由頂室646流向底室650，但抑制流體 由底至650流向頂室646。該流體可為任何適用於本應用之流體，包 含但不限於：液體及/或氣體。一管路652連接底室65〇至頂室646。 一單向渦輪闕656位在底室650及頂室646之間。單向渦輪閥656允 許流體從底室650流向頂室646,但抑制流體從頂室646流向底室 650。渦輪654係鄰接管路652之内，以致於流經管路652的流體將會 造成渦輪654之葉片的轉動。渦輪654包含一發電機15〇，其電連接 至電路板15G及能源齡裝置17G。可選擇的是，銳仏统⑽可包 含-或更多的導件、彈簧及/或活塞’其如第二實補相_述所述。 又可選擇的是’能誠生裝置64〇可附著至顧柱62()或底圆柱63〇 之任何地方，其在底座㈣直鶴_允許能源產生。例如，能源產 生裝置640的頂部可附著至頂板662的底表面，及能源產生裝置_ 的底表面670可附著至底板664的頂部。又可選擇的是，能源產生裝 置640 ;可包含兩個或.更多的渦輪㈣、仍，如第十二a圖所示。這個 構形允許底座40向上及向下移動期間加以集能fa 在底座40放空時，集能系統61〇的定向係如第十一圖所示。_ ，反662及底板664之間的距離係處於最大值。當如 加-使用者的質量施加一個向下的力至底座40，其力 至頂板662。當頂板662向下移動時，頂圓柱620 ^ 向下移動。頂圓柱620的底表面642向下移動，》 至。頂室646内的加壓流體壓迫單向室閥648加以開啟 ⑧ 10 201221091 允許流體從頂室646流向底室㈣，藉此在底室650及管路松内產 生加壓流體。能職生裝置_轉這種加壓定向，—制使用者放 空底位40時為止。使用者放空底座4〇及向下的力從頂板662加以移 2之後’頂室646内的壓力減低，造成流體從底室650、經由管路652 机向頂室646。流體流經管路652時，渦輪654的葉片轉動，這產生 電能並將其傳輸至電路板16〇。電路板16〇包含充電控制電路(第五 圖）’以轉換電能成為適合使用能源形式來充電能源儲存裝置17〇。在 需要使用之前，電能係-直儲存在能源儲存裝置1?〇。能源儲存裝置 170可包含充電管理、儲存及調節電路，其如第七_示並在相關於 第一實施例之内容中加以描述。 在第十二A圖所示的雙渦輪構形中，能源可在底座4〇向上及向 下移動時加以產生。頂室646及底室65〇係由室壁678加以隔離。當 使用者坐入底座40時’頂板662向下移動及頂室646内的流體被強迫 流入第二管路672中。流體流經第二渦輪674，其如同底座4〇向上移 動的相關内容加以產生能源。該流體流經單向第二渦輪閥676並進入 底至650。能源產生裝置640維持這個加壓定向，一直到使用者放空 底座40時為止。向下的力自頂板662上加以移除之後，底座4〇向上 移動，並如前文所述加以產生能源。 關於其他實施例的相關描述，集能系統61 〇可包含多數個頂圓柱 620、底圓柱630、及能源產生裝置640，其產生電能及將其儲存至分 .離的或單一的能源儲存裝置170。在本實施例中，添加頂圓柱620及 底圓柱630也可穩定化底座40的垂直移動及減低噪音。 V.第五實施例 依照本發明第五實施例所構成的集能系統係圖解於第十五〜十八 圖其4又代?虎為710。集能糸統710包含一柱塞730、能源產生裝置 750及轉碟760。柱塞730包含柱塞頭732、柱塞軸734及柱塞套筒736。 11 〇：\〇&inkt 201221091 柱塞頭732喷合至圓柱432上的肋條74〇，藉此，柱塞頭732連同圓 柱432垂直移動。在這個實施例中，圓柱432係適合與底座垂直移 動。底座4〇附著至轉碟760，其通常練主底座40並允許底座40在 連同圓柱432垂直移動時，相對於圓柱432及柱塞73〇加以轉動。柱 塞軸734仏固接至柱塞頭732及連同柱塞頭732及底座初垂直移動。 柱塞套筒736伽接至腳㈣及包難錄734，允雜絲734在 =4〇垂直移動時’相對於柱塞套筒π6加以移動。換句話說，柱塞 #筒736在底座4G移軸間維持垂直靜止。能源產生裝置·係可附 =二甘支t於或整合至塞套筒736。能源產生裝置75〇能夠依照相 2於其他貫施例所述之方式、或以任何適合產生騎的方式加以作 舰^如’柱塞轴734可加以凸起或下凹，以致於當柱塞軸734向下 勺富ί 可包含繞性魏，其一端附著至柱塞軸734及另一端俜 將自驅動軸加以n tr 鐵在底座垂直移動期間 用任何適合產生電能的裝置。 吏 座位系统原 置750可電連接至電路板160及能源儲存裝置170。 二=合使用傳導及/或感應電力傳輸，從能源產生裝置_ 座的其II40或座背50。例如’能源儲存裝置170可電連接至底 金屬線可以^Γ ’同時金屬線經由柱塞軸734連接至柱塞頭732。該 底座接觸™，其編_力至敍*，同時允許 力傳輸，傳導=Γ、Γ:動。例如，電接觸770可使 底座4〇至許多=位他置適5本應用之裝置。額外的金屬線電接至 •其4G時，制者㈣量施加—向下的力至底座 向下的力至圓柱432。當圓柱432向下移動時，柱塞頭 〇JV®BjnrceMi}evePu 12 201221091 732及柱塞軸734相對於柱塞套筒现向下 於柱塞套筒736移動時，能源產生裝置7 =相對 160。電路板_包含充電 電此並傳輸至電路板 用能源形式來充電能源儲存工裝置17〇。在需能成為適合使 儲存在能源罐置17G。峨存裝置===== ’其如第七味。_他 3充電 圓柱432可藉由氣動、液壓、彈簧，或任何摘被放工時’ 座回復至其原初咖定高度 ^ α的I置’將底 座仙向下移動的類似方式加= 座4〇向上移動期間，能源可依照底 73〇，其透過柱塞頭732與圓柱432交關二二夕數個柱塞 卿針對每一能源產生裝置75〇可包含—分離式f種 儲存裝置Π0，或針對所有的能源產 衫^60 ^源 能源儲存褒置170。 電路板160及- VI.睡眠/甦醒狀態 解㈣包=睡及醜㈣之本發日__操作流糊，係圖 解於苐/、圖。對於能_存裝置17G未有電力請求—段預定時間後， 本貫施例⑽、紐會騎至減睡·態_。 能源齡裝置170内所儲存的電量是否高於作動的電力門榼810: 果電力同於電力卩1檻，彳:鎌查其是否已輯好供電至其他作動_。 若系統並未準備好供電至其他作動，該系統將會顯示該狀態_及系 統回復至睡眠狀態_。若該系統已經準備好供電至Α他作動，咳系 .統將顯示狀態850，奸要求進行作動，該系統將執行該作動88〇〔然 後顯不其現有狀態850。若並未要求作動，緣騎檢钱統喚醒計 時器是否已經失效，。若倾計時奸失效，_、統將會回復至睡 眠狀態綱。若唤醒計時器並未失效，則系統將會顯示目前狀離。 O:\OEunlc· 2011〇\〇Pu C*»〇>Pu^$\f^,4)6S-0〇eiKPu065>〇e〇-$p«-〇,*-ooc 13 201221091 前述係本發明現有實施例的描述。在不離開本發明精神及後附權 利請求項所界定之較寬廣觀點之下(其係依照包含有均等論之專利法 原理加以解釋），可作成許多更換及改變。 【圖式簡單說明】 第一圖係合併至本發明第一實施例之椅子的透視圖。 第二圖係第一實施例的透視圖。 第二圖係齒條、小齒輪、發電機的前視圖。 第四圖係包含有多數個發電機之第一實施例變型的透視圖。 第五圖係充電控制電路之電路圖。 第六圖係操作流程圖。 第七圖係充電管理、儲存及調節電路的電路圖。 第八圖係一椅子的透視圖，圖解能源產生空間。 第九圖係本發明第二實施例的透視圖。 第十圖係本發明第三實施例的透視圖。 第Η• —圖係本發明第四實施例的透視圖。 第十二圓係第四實施例中能源產生裝置的前視圖。 第十二Α圖係第四實施例中能源產生裝置變型的前視圖。 第十三圖係彈簧設計的一個示範性的前視圖。 第十四圖係第十三圖中彈簧設計的透視圖。 第十五圖係本發明第五實施例的前視圖。 第十六圖係本發明第五實施例的透視圖。 第十七圖係包含有多數個能源產生裝置之第五實施例變型的透視圖。 第十八圖係第五實施例的放大視圖。 14 D:\QEunlc· 201 Cese〇\Pu-065\Pu*065-008(APu06S-080-Sp«-Oia.Doc 201221091 【主要元件符號說明】 10集能發電座系統 20腳部 22輪轂 30柱部 40底座 50座背 60底座高度調整機制 62圓柱 64把手 110座位系統 120垂直集能系統 130齒條 140發電機齒輪或小齒輪 150發電機 152驅動軸 160電路板 162控制 164開關 164a、164b 位置 166開關 170能源儲存裝置 172充電控制裝置 174電池 176保護/調節裝置 178能源水準輸出 410集能系統 422輪轂 430伸縮中段 432圓柱 440、442 角板 444、446、448 鉸鏈 460能源產生空間 462頂板 464及底板 490彈簧定向 510集能系統 530刻柱 562頂板 564底板 610集能系統 620頂圓柱 630底圓柱 640能源產生裝置 642底表面 644側邊 646頂室 648單向室閥 650底室 652管路 654、674 渦輪 656渦輪閥 662頂板 D:\〇£urric« 201 l〇\〇Pu Ca»e〇\Pu-065VPu-065O08(APuMS-080-Spe-Cha.0oc 15 201221091 664底板 672第二管路 676單向第二渦輪閥 710集能系統 732柱塞頭 736柱塞套筒 760轉碟 670底表面 674第二渦輪 678室壁 730柱塞 734柱塞軸 750能源產生裝置 77〇電接觸 800低能睡眠狀態 内所儲存的電量是否高於 810系統將會持續地檢查能源儲存裝置I% 作動的電力門檻 820系統使能夠快速充電 謂系統檢查其是否已準備好供電至其他作 _系統絲準備好供電至魏作動， 850若該系統已經準備好供電至其他作μ、，將會顯示該狀態 860系統檢查是否被要求作動 動。亥系繞將顯示狀態 870若並未要求作動，純將會檢 該系統將執行該作動 880若已要求進行作動，該、、、’、醍5十時器是否已經失效Lr = T4G rotation. Pinion gear 14G rotates drive shaft 152 and drives power generation = two 1: generating electrical energy and transmitting it to circuit board 160. Circuit board _ package, five figures), and as in the first embodiment, the conversion of electrical energy becomes suitable === silk charge Wei Li recorded 17G. Before the transfer, the electric energy is stored in the storage device 17G. The lining storage device 17Q may include a charge management, storage, and conditioning circuit 'as shown in the seventh figure' and is described in the description relating to the first embodiment. When the base 4 is emptied, the top plate 562 is returned to its intended orientation by the aforementioned means or any other means suitable for returning the top plate 562 to the home position. During the upward movement of the base 4〇, it can be generated by moving the lower portion of the base 4〇 downward. Description of Other Embodiments The energy harvesting system can include a plurality of engraved cylinders 530, pinions 140, and a generator ISO that generate electrical energy and store it to a separate or single energy storage device 170. In the present embodiment, the addition of the stud 53 稳定 also stabilizes the vertical movement of the base 40 and reduces noise. IV. Fourth Embodiment An energy harvesting system constructed in accordance with a fourth embodiment of the present invention is illustrated in the eleventh and twelfth drawings, generally designated 610. The energy harvesting system 61 is disposed within the energy generating space 46A and includes a top plate 662 and a bottom plate 664. The top plate 662 moves vertically along with the base 40 and the bottom plate 664 remains stationary as the base moves vertically. A top cylinder 62 is secured to the bottom surface of the top plate 662 and extends downwardly from the top plate 662. A bottom cylinder 63 is affixed to the top surface of the bottom plate 664 and accommodates the top cylinder 620' as shown in Fig. 11. The energy generating device 64 is positioned within the bottom cylinder 630 as shown in Fig. 12. 9 D:\〇Eunke 2011〇\〇Pu Cese〇\Pu-065\Pu-065-0080\Pu065-080-5p*-Cha.Doc 201221091 The bottom surface 642 of the top circle 620 can be attached to the energy generating device 640. This attachment is flexible as shown in the twelfth figure of the flexible side 644. Alternatively, the attachment can be sliding such that the side 644 is rigid and slides over the side of the bottom chamber 650. The energy generating device 640 includes a top chamber 646, a bottom chamber 650, and a turbine 654. The top chamber 646 and the bottom chamber 650 contain fluid and are connected. The one-way chamber valve 648 is located between the top chamber 646 and the bottom chamber 650. The one-way chamber valve 648 allows fluid to flow from the top chamber 646 to the bottom chamber 650, but inhibits fluid flow from the bottom to the 650 to the top chamber 646. The fluid can be any fluid suitable for the application, including but not limited to: liquids and/or gases. A line 652 connects the bottom chamber 65 to the top chamber 646. A one-way turbine 656 is positioned between the bottom chamber 650 and the top chamber 646. The one-way turbine valve 656 allows fluid to flow from the bottom chamber 650 to the top chamber 646, but inhibits fluid flow from the top chamber 646 to the bottom chamber 650. Turbine 654 is adjacent to line 652 such that fluid flowing through line 652 will cause rotation of the blades of turbine 654. Turbine 654 includes a generator 15 that is electrically coupled to circuit board 15G and energy age device 17G. Alternatively, the sharp system (10) may include - or more guides, springs, and/or pistons as described in the second solid phase. Alternatively, it can be attached to the Guzhu 62 () or the bottom cylinder 63〇 anywhere, and it can be used to generate energy in the base (four). For example, the top of the energy generating device 640 can be attached to the bottom surface of the top plate 662, and the bottom surface 670 of the energy generating device can be attached to the top of the bottom plate 664. Alternatively, the energy generating device 640; may contain two or more turbines (four), still as shown in Fig. 12a. This configuration allows the base 40 to be energized during upward and downward movement. When the base 40 is emptied, the orientation of the energy harvesting system 61 is as shown in Fig. 11. The distance between _, counter 662 and bottom plate 664 is at a maximum. When the mass of the user applies a downward force to the base 40, it forces to the top plate 662. When the top plate 662 moves downward, the top cylinder 620^ moves downward. The bottom surface 642 of the top cylinder 620 moves downward, "to." The pressurized fluid in the top chamber 646 presses the one-way chamber valve 648 to open. 8 10 201221091 Allows fluid to flow from the top chamber 646 to the bottom chamber (4), thereby producing pressurized fluid in the bottom chamber 650 and the tube loose. The ability to activate the device _ turn this pressure orientation, until the user releases the bottom 40. After the user empties the base 4 and the downward force is moved 2 from the top plate 662, the pressure in the top chamber 646 is reduced, causing fluid to pass from the bottom chamber 650 to the top chamber 646 via line 652. As fluid flows through line 652, the blades of turbine 654 rotate, which produces electrical energy and transmits it to circuit board 16'. The circuit board 16A includes a charge control circuit (figure 5) to convert the electrical energy into a suitable energy source for charging the energy storage device 17A. Before being used, the power system is stored directly in the energy storage device 1? The energy storage device 170 can include charge management, storage, and conditioning circuitry as described in the seventh embodiment and described in relation to the first embodiment. In the twin-turbine configuration shown in Fig. 12A, energy can be generated as the base 4〇 moves up and down. The top chamber 646 and the bottom chamber 65 are separated by a chamber wall 678. When the user sits in the base 40, the top plate 662 moves downward and the fluid in the top chamber 646 is forced into the second line 672. The fluid flows through the second turbine 674, which produces energy as the relevant content of the base 4's upward movement. The fluid flows through the unidirectional second turbine valve 676 and into the bottom to 650. The energy generating device 640 maintains this pressurized orientation until the user empties the base 40. After the downward force is removed from the top plate 662, the base 4〇 moves upward and generates energy as previously described. With respect to other embodiments, the energy harvesting system 61 can include a plurality of top cylinders 620, a bottom cylinder 630, and an energy generating device 640 that generate electrical energy and store it to a separate or single energy storage device 170. . In the present embodiment, the addition of the top cylinder 620 and the bottom cylinder 630 can also stabilize the vertical movement of the base 40 and reduce noise. V. Fifth Embodiment The energy harvesting system constructed in accordance with the fifth embodiment of the present invention is illustrated in the fifteenth to eighteenthth, and the fourth generation and the tiger are 710. The energy harvesting system 710 includes a plunger 730, an energy generating device 750, and a rotating disk 760. The plunger 730 includes a plunger head 732, a plunger shaft 734, and a plunger sleeve 736. 11 〇: \〇&inkt 201221091 The plunger head 732 is sprayed onto the rib 74〇 on the cylinder 432, whereby the plunger head 732 moves vertically along with the cylinder 432. In this embodiment, the cylinder 432 is adapted to move vertically with the base. The base 4〇 is attached to the rotating disc 760, which typically exercises the main base 40 and allows the base 40 to rotate relative to the cylinder 432 and the plunger 73〇 as it moves vertically along with the cylinder 432. The plunger shaft 734 is secured to the plunger head 732 and moves vertically along with the plunger head 732 and the base. The plunger sleeve 736 is spliced to the foot (4) and the hard disk 734, which allows the wire 734 to move relative to the plunger sleeve π6 when it is vertically moved at 4 inches. In other words, the plunger #cylinder 736 maintains a vertical rest between the axes of movement of the base 4G. The energy generating device can be attached to or integrated into the plug sleeve 736. The energy generating device 75 can be made in a manner as described in the other embodiments, or in any manner suitable for generating a ride. For example, the 'plunger shaft 734 can be raised or recessed so that the plunger The shaft 734 can be rounded down to include a wraparound weld, one end of which is attached to the plunger shaft 734 and the other end of which is fed from the drive shaft to the ntr iron during use of the apparatus for generating electrical energy during vertical movement of the base.座位 The seat system original 750 can be electrically connected to the circuit board 160 and the energy storage device 170. Two = use conduction and / or inductive power transmission, from the energy production device _ seat of its II40 or seat back 50. For example, the 'energy storage device 170 can be electrically connected to the bottom wire 可以' while the wire is connected to the plunger head 732 via the plunger shaft 734. The base touches the TM, which is programmed to force the transmission, and allows the transmission of force, conduction = Γ, Γ: movement. For example, the electrical contact 770 can cause the base 4 to be spliced to a number of devices that are suitable for 5 applications. When the additional wire is electrically connected to its 4G, the manufacturer (4) applies a downward force to the downward force of the base to the cylinder 432. When the cylinder 432 moves downward, the plunger head 〇 JV® BjnrceMi} evePu 12 201221091 732 and the plunger shaft 734 move relative to the plunger sleeve now down the plunger sleeve 736, the energy generating device 7 = 160 . The board _ contains the charge and is transferred to the board. The energy storage device is used to charge the energy storage device. The need to be able to be stored in the energy tank can be set to 17G. Storing device ===== ‘It’s like the seventh taste. _He 3 charging cylinder 432 can be added by pneumatic, hydraulic, spring, or any pick-up when the seat is restored to its original setting height ^ α I set the base to move down in a similar way. During the upward movement, the energy may be in accordance with the bottom 73〇, which intersects the cylinder 432 through the plunger head 732 and the number of plungers for each energy generating device 75〇 may include a separate type of storage device Π0, or For all energy production shirts ^ 60 ^ source energy storage device 170. Circuit board 160 and - VI. Sleep / wake state Solution (four) package = sleep and ugly (four) of the original date __ operation flow paste, the system diagram is solved in 苐 /, map. After the predetermined time has elapsed for the energy storage device 17G, the current embodiment (10) and the new club will ride to the sleep state. Is the amount of electricity stored in the energy age device 170 higher than the power threshold 810: If the power is the same as the power 槛1槛, 彳: check whether the power has been compiled to other actions _. If the system is not ready for power to other actions, the system will display the status _ and the system will return to sleep _. If the system is ready for power to operate, the cough will display status 850 and the action will be activated. The system will perform the action 88 [and then display its current status 850. If the action is not required, the rider checks whether the timer has expired. If the countdown fails, _, the system will return to the sleep state. If the wake-up timer does not expire, the system will display the current status. O:\OEunlc·2011〇\〇Pu C*»〇>Pu^$\f^,4)6S-0〇eiKPu065>〇e〇-$p«-〇,*-ooc 13 201221091 The foregoing is the present invention Description of the existing embodiments. Many variations and modifications can be made without departing from the spirit of the invention and the broad scope of the appended claims (which are explained in accordance with the principles of the patent law including the equivalents). BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a perspective view of a chair incorporating the first embodiment of the present invention. The second figure is a perspective view of the first embodiment. The second picture is a front view of the rack, pinion, and generator. The fourth figure is a perspective view of a variation of the first embodiment comprising a plurality of generators. The fifth figure is a circuit diagram of the charging control circuit. The sixth diagram is an operational flow chart. The seventh diagram is a circuit diagram of the charge management, storage and regulation circuit. The eighth picture is a perspective view of a chair illustrating the energy generation space. The ninth drawing is a perspective view of a second embodiment of the present invention. The tenth drawing is a perspective view of a third embodiment of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS A perspective view of a fourth embodiment of the present invention. The twelfth circle is a front view of the energy generating device in the fourth embodiment. The twelfth plan is a front view of a modification of the energy generating device in the fourth embodiment. The thirteenth image is an exemplary front view of the spring design. Figure 14 is a perspective view of the spring design in the thirteenth diagram. The fifteenth diagram is a front view of a fifth embodiment of the present invention. Figure 16 is a perspective view of a fifth embodiment of the present invention. Figure 17 is a perspective view of a fifth embodiment variant incorporating a plurality of energy generating devices. Eighteenth is a magnified view of the fifth embodiment. 14 D:\QEunlc· 201 Cese〇\Pu-065\Pu*065-008(APu06S-080-Sp«-Oia.Doc 201221091 [Key component symbol description] 10 energy generation base system 20 foot 22 hub 30 column Part 40 base 50 seat back 60 base height adjustment mechanism 62 cylinder 64 handle 110 seat system 120 vertical energy harvesting system 130 rack 140 generator gear or pinion 150 generator 152 drive shaft 160 circuit board 162 control 164 switch 164a, 164b position 166 switch 170 energy storage device 172 charge control device 174 battery 176 protection / regulation device 178 energy level output 410 energy collection system 422 hub 430 telescopic middle section 432 cylinder 440, 442 gusset 444, 446, 448 hinge 460 energy generation space 462 top plate 464 And bottom plate 490 spring orientation 510 energy harvesting system 530 stud 562 top plate 564 bottom plate 610 energy harvesting system 620 top cylinder 630 bottom cylinder 640 energy generating device 642 bottom surface 644 side 646 top chamber 648 one-way room valve 650 bottom chamber 652 pipe 654, 674 Turbo 656 Turbine Valve 662 Roof D:\〇£urric« 201 l〇\〇Pu Ca»e〇\Pu-065VPu-065O08 (APuMS-080-Spe-Cha.0oc 15 201221091 664 Baseplate 672 Second Line 676 one-way second turbine valve 710 energy harvesting system 732 plunger head 736 plunger sleeve 760 rotating disc 670 bottom surface 674 second turbine 678 chamber wall 730 plunger 734 plunger shaft 750 energy generating device 77 〇 electrical contact Whether the stored energy in the 800 low-energy sleep state is higher than 810. The system will continuously check the energy storage device. I%. The power threshold 820 system enables the quick charging system to check whether it is ready for power supply to other systems. Good power supply to Wei, 850 If the system is ready to supply power to other μ, it will display the status 860 system to check whether it is required to move. The haul will display state 870 if it is not required to act, pure will Check that the system will perform the action 880. If the action has been requested, whether the , , , , or 十5 timers have expired